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FCC ID: ALH26532110

Test Report

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FCCID_31873

FCC ID: ALH26532110 PAGE NO. 1 of 30. Required information per ISO/IEC Guide 25—1990, paragraph 13.2: a) TEST REPORT b) Laboratory: M. Flom Associates, Inc. (FCC: 31040/SIT) 3356 N. San Marcos Place, Suite 107 (Canada: IC 2044) Chandler, AZ 85224 c) Report Number: d9920015 d} Client: Kenwood Communications Corporation P.O. Box 22745 Long Beach, CA 90801—5745 e) Identification: UBZ—LH14 FCC ID: ALH2Z26532110 Description: FRS FM Transceiver EUT Condition: Not required unless specified in individual tests. Report Date: February 8, 1999 EUT Received: January 27, 1999 J. k): As indicated in individual tests. Sampling method: No sampling procedure used. Uncertainty: In accordance with MFA internal quality manual. Supervised by: Ontes14. Morton Flom, P. Eng. n) Results: The results presented in this report relate only to the item tested. 0) Reproduction: This report must not be reproduced, except in full, without written permission from this laboratory. MFA p9910018, 49920015

FCC ID: ALM26532110 PAGE NO. 2 of 30. LIST OF GENERAL INFORMATION REQUIRED FOR CERTIFICATION IN ACCORDANCE WITH FCC RULES AND REGULATIONS, VOLUME II, PART 2 AND TO 95 Sub—part 2.1033 (c) (1) : NAME AND ADDRESS OF APPLICANT: Kenwood Communications Corporation 2201 E. Dominguez St P.O. Box 22745 Long Beach, CA 90801—5745 MANUFACTURER : Kenwood Electronics Technologies Pte. Ltd. 1 Ang Mo Kio Street 63 Singapore 569110 (c) (2) : FCC ID: ALH26532110 MODEL NO: UBZ—LH14 INSTRUCTION MANUAL(S) : PLEASE SEE ATTACHED EXHIBITS (c) (4) : TYPE OF EMISSION: 11KOF3E FREQUENCY RANGE, MHz: 462 to 468 POWER RATING, Watts: .45 Switchable Variable x N/A (c) (7) : MAXIMUM POWER RATING, Watts: 0.5 w 95.647: ANTENNA REQUIREMENT: x The antenna is permanently attached to the EUT The antenna uses a unique coupling The EUT must be professionally installed The antenna requirement does not apply MFA p$910018, 49920015

FCC ID: ALH26532110 PAGE NO. 3 of 30. Sub—part 2.1033(c) (14) : TEST AND MEASUREMENT DATA All tests and measurement data shown were performed in accordance with FCC Rules and Reqgulations, Volume II; Part 2, Sub—part J, Sections 2.947, 2.1033(c), 2.1041, 2.1046, 2.1047, 2.1079, 2.1051, 2.1053, 2.1055, 2.1057 and the following individual Parts: 21 — Domestic Public Fixed Radio Services TN OOE EOEA 22 — Public Mobile Services 22 Subpart H — Cellular Radiotelephone Service 22.901(d) — Alternative technologies and auxiliary services 23 — International Fixed Public Radiocommunication services 24 — Personal Communications Services 74 Subpart H — Low Power Auxiliary Stations 80 — Stations in the Maritime Services 80 Subpart E — General Technical Standards 80 Subpart F — Equipment Authorization for Compulsory Ships 80 Subpart K — Private Coast Stations and Marine Utility Stations 80 Subpart S — Compulsory Radiotelephone Installations for Small Passenger Boats 80 Subpart T — Radiotelephone Installation Required for Vessels on the Great Lakes 80 Subpart U — Radiotelephone Installations Required by the Bridge—to—Bridge Act 80 Subpart V — Emergency Position Indicating Radiobeacons (EPIRB‘S) 80 Subpart W — Global Maritime Distress and Safety System (GMDSS) 80 Subpart X — Voluntary Radio Installations 87 — Aviation Services 90 — Private Land Mobile Radio Services 94 — Private Operational—Fixed Microwave Service 95 Subpart A — General Mobile Radio Service (GMRS) 95 Subpart C — Radio Control (R/C) Radio Service 95 Subpart D — Citizens Band (CB) Radio Service x 95 Subpart E — Family Radio Service 95 Subpart F — Interactive Video and Data Service (IVDS) || 101 — Fixed Microwave Services MFA p9910018, 49920015

FCC ID: ALH2§532110 PAGE NO. 4 of 30. STANDARD TEST CONDITIONS and ENGINEERING PRACTICES Except as noted herein, the following conditions and procedures were observed during the testing: In accordance with ANSI C63.4—1992, section 6.1.9, and unless otherwise indicated in the specific measurement results, the ambient temperature of the actual EUT was maintained within the range of 10° to 40°C (50° to 104 °F) unless the particular equipment requirements specify testing over a different temperature range. Also, unless otherwise indicated, the humidity levels were in the range of 10% to 90% relative humidity. Prior to testing, the EUT was tuned up in accordance with the manufacturer‘s alignment procedures. All external gain controls were maintained at the position of maximum and/or optimum gain throughout the testing. Measurement results, unless otherwise noted, are worst case measurements. MFA p9910018, 49920015

FCC ID: ALHZ6§32110 PAGE NO. 5 of 30. NAME OF TEST: Carrier Output Power (Conducted) SPECIFICATION: 47 CFR 2.1046(a} GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.1 TEST EQUIPMENT: As per attached page MEASUREMENT PROCEDURE 1. The EUT was connected to a resistive coaxial attenuator of normal load impedance, and the unmodulated output power was measured by means of an R. F. Power Meter. 2. Measurement accuracy is t1.5 dB. MEASUREMENT RESULTS (Worst case) FREQUENCY OF CARRIER, MHz = 462.6375, 467.6375 POWER SETTING R. F. POWER, Watts High 0.045 = 45 mw SUPERVISED BY: Oules164. Morton Flom, P. Eng. MFA p9910018, 49920015

FCC 10: ALH26§32110 PAGE NO. 6 of 30. TRANSMITTER POWER CONDUCTED MEASUREMENTS TEST 1: R. F. POWER OUTPUT TEST 2: FREQUENCY STABILITY TEST SAMPLE (1) POWER SUPPLY (3) Asset Description s/n COAXIAL ATTENUATOR el | | 2 i00122 Narda 766—10 7802 i00123 Narda 766—10 7802A 100069 Bird 8329 (30 dB) 1006 i00113 Sierra 661A—3D 1059 (2) POWER METERS i00014 HP 435A 1733405836 100039 HP 436A 2709026776 =]=| i00020 HP 8901A POWER MODE 2105201087 (3) FREQUENCY COUNTER 100042 HP 5383A 162800959 x i00019 HP 5334B 2704200347 X i00020 HP 8901A FREQUENCY MODE 2105101087 MFA p9910018, 49920015

PAGE 17 of 30. FCC ID: ALH26532110 KENWOOD Transmission Conducted Spurious Emission CH4: £=462.6375MHz 2f 3 4f 5f Spurous [dBm] —28.25 40.67 —48.85 —47.32 CH4: 1=467.6375MHz 2A 3f 4f 5f Spurous [dBm] —28.42 —37.1 ~48.9 ~45.32 Model : UBZ—LH14 Prepared By: Tan Moh Chuan Date: 21—Jan—99

ECC IO: ALM26S32110 PAGE NO. 8 of 30. NAME OF TEST: Field Strength of Spurious Radiation SPECIFICATION: 47 CFR 2.1053(a) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.12 TEST EQUIPMENT : As per attached page MEASUREMENT PROCEDURE A description of the measurement facilities was filed with the FCC and was found to be in compliance with the requirements of Section 15.38, by letter from the FCC dated March 3, 1997, FILE 31040/SIT. All pertinent changes will be reported to the Commission by up—date prior to March 2000. At first, in order to locate all spurious frequencies and approximate amplitudes, and to determine proper equipment functioning, the test sample was set up at a distance of three meters from the test instrument. Valid spurious signals were determined by switching the power on and off. In the field, the test sample was placed on a wooden turntable above ground at three (or thirty) meters away from the search antenna. Excess power leads were coiled near the power supply. The cables were oriented in order to obtain the maximum response. At each emission frequency, the turntable was rotated and the search antennas were raised and lowered vertically. The emission was observed with both a vertically polarized and a horizontally polarized search antenna and the worst case was used. The field strength of each emission within 20 dB of the limit was recorded and corrected with the appropriate cable and transducer factors. The worst case for all channels is shown. Measurement results: ATTACHED FOR WORST CASE MFA p9910018, 49920015

PAGE NO. 9 of 30. RADIATED TEST SETUP © @) o °L3_7¥1 am. 30m _ i 5ty to) ) commem m C13 “—_I L O.4m + 2m ~i) ime /[ w n P e 1 NOTES : {a)Search Antenna — Rotatable on (j) Cables routed through hollow boom turntable center (b) Non—metallic boom (k) 30 cm or less {c) Non—metallic mast (1)External power source (d) Adjustable horizontally (m) 10 cm diameter coil of excess (e) Equipment Under Test cable (f) Turntable (n) 25 cm (V), 1 m—~7 m (V, H) (g) Boom adjustable in height. (0) 25 cm from bottom end of IVI/ (h) External control cables routed im normally horizontally at least one (p)Calibrated Cable at least 10m wavelength. in length (i) Rotatable (q) Amplifier {optional) (r) Spectrum Analyzer Asset Description s/n Cycle Last Cal TRANSDUCER _—~ 1006065 EMCO 3109B 100Hz—50MHz 2336 12 mo. ____ i00033 Singer 94593—l1 10kHz—32MHz 0219 12 mo. x i00088 EMCO 3109—B 25MHz—300MHz 2336 12 mo. Oct—98 ~x i00089 Aprel 2001 200MHz—1GHz 001500 12 mo. Oct—98 ~Cx i00103 EMCO 3115 1GHz—186Hz 9208—3925 12 mo. Oct—98 O 100085 EMCO 3116 10GHKz—40GHz 2076 12 mo. AMPLIFIER _~— 100028 up 8449A 2749A00121 12 mo. Mar—98 SPECTRUM ANALYZER ~~ 1006029 HP §563E 3213A00104 12 mo. Aug—98 ~x i00033 HP 85462A 3625200357 12 mo. Dec—98 O 100048 HP 8566B 2511AD1467 6 mo. Dec—98

FCC ID;: ALH26532110 PAGE 10 of 30. KENW D RF Radiation Measured Data DUT Measurement _Calibration § ;| Turn Measure Cable & ight| Table ult ‘_(MBz]|_ al L 61 CH4 1 925.274 H 119] 351 —66 5.1 —23.8| —28.9 —13 15.9 v 100| 189 ~56.9 5.1 —13.1] —18.2 ~13 5.2 2| 1387.911 H 105 28 ~74.2 —6.6 —27] —204 ~13 7.4 V 100| 220 ~82.2 6.6 —29.8| —36.4 —13 23.4 3J 1732.302 H 1121 195 ~89.8 6.9 —35.2] 421 —13 29.1 v 100| 215 ~68.7 6.8| —13.6| —204 —13 74 CH1I1 1 935.275 H 106 55 —68.9 5.1 —26.4] _—31.5 —13 18.5 V 100| 176 —57 5.1 —12.9 —18 —13 5 21 1402.911 H 100 4 —T7 6.6 —30.21 —36.8 —13 23.8 V 100| 226 —83.2 6.6 ~29.4 —36 —13 23 31 1870.549 H 100| 209 —10.6 6.9 —14.2] —21.1 ~13 8.1 V 117] 115 ~724 69 ~17.4| —24.3 —13 11.3 Note : No otehers spurious or unwanied frequencies between the tested frequency band, except the frequencies stated above. Model : EX—2653 (UBZ—LH14) Date : 19—Jan—99 Operator : Tan Moh Chuan Testing Mode : Transmit mode. Remark :

FCC ID: ALH26532110 PAGE NO. 11 of 30. NAME OF TEST: Emission Masks (Occupied Bandwidth) SPECIFICATION: 47 CFR 2.1049(c) (1) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.11 TEST EQUIPMENT : As per attached page MEASUREMENT PROCEDURE The EUT and test equipment were set up as shown on the following page, with the Spectrum Analyzer connected. For EUTs supporting audio modulation, the audio signal generator was adjusted to the frequency of maximum response and with output level set for #2.5 kHz deviation {or 50% modulation) . With level constant, the signal level was increased 16 dB. For EUTs supporting digital modulation, the digital modulation mode was operated to its maximum extent. The Occupied Bandwidth was measured with the Spectrum Analyzer controls set as shown on the test results. MEASUREMENT RESULTS: ATTACHED MFA p9910018, 49920015

FCC 1D; ALH26532110 PAGE NO. 12 of 30. TRANSMITTER SPURIOUS EMISSION TEST A. OCCUPIED BANDWIDTH (IN—BAND SPURIOUS) TEST B. OUT—OF—BAND SPURIOUS TEST (1) SAMPLE (2) (3) POWER SUPPLY (5) (4) Asset Description s/n (1) AUDIO OSCILLATOR/GENERATOR i00010 HP 204D 1105204683 i00017 HP 8903A 2216401753 x i00012 HP 3312A 1432A11250 (2) COAXIAL ATTENUATOR 100122 Narda 766—10 7802 i00123 Narda 766—10 7802A x_ i00069 Bird 8329 (30 dB) 1006 x i00113 Sierra 661A—3D 1059 (3) FILTERS; NOTCH, HP, LP, BP x i00126 Eagle TNF—1 100—250 x i00125 Eagle TNF—1 50— 60 x i00124 Eagle TNF—1 250—850 (4) SPECTRUM ANALYZER x 100048 HP 8566B 2511201467 100029 HP 8563E 3213200104 (5) SCOPE 100058 HP 1741A 2251209356 i00030 HP 54502A 292700209 100071 Tektronix 935 1935—BO11343 MFA p9910018, 49920015

FCC ID: ALM26532110 PAGE NO. 13 of 30 NAME OF TEST: Emission Masks (Occupied Bandwidth) g9920015: 1999—Feb—01 Mon 14:08:00 STATE: 2:High Power MKR 467.637 29 mz REP 26.5 Bm ATTEN 20 ds 26. 50 dBm 10 «B/ ros PK L——— OFESET 2s.9 ‘J ds Ee——].__—J_~ |—— CoRR‘ D wotile |——| _ center 4%7.657 wz SPRN hz REs aw 100 Hz vem 100 swe 15.0 see POWER : HIGH MODULATION: NONE LOOSE COUPLED SUPERVISED BY: OuBet14. Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26532110 PAGE NO. 14 of 30. NAME OF TEST: Emission Masks (Occupied Bandwidth) g9920016: 1999—Feb—01l Mon 14:34:00 STATE: 2:High Power MKR 467.637 35 Mz REF 26.5 dBm ATTEN 20 dB 24.50 dBm 10 dB/ r ’-__‘—4 T _ J orese. |_ s [ |1 ~——3| L.— |_———|L_—L HutT——G Y ——— corr‘o A_J! M J Y ¥ centen 487.637 3 Hiz SPAN 50. rEs aw 100 Hz vem 100 hz sWP 15.0 see POWER : HIGH MODULATION: VOICE: 2500 Hz SINE WAVE MASK: FRS, 95.633(C) LOOSE COUPLED SUPERVISED BY: Ouites 1$4. Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26532110 PAGE NO. 15 of 30. NAME OF TEST: Emission Masks (Occupied Bandwidth}) g9920017: 1999—Feb—0l Mon 14:37:00 STATE: 2:High Power mk® 462.637 34 MHz REF 26.5 dBm ATTEN 20 dB 24.90 dam 10 dB/ PoS PK orFsET 23.9 dB CoRR‘D CENTER 4 .63 z 50. ‘Hez REs BWw 100 hz vew 100 fz SWP 15.0 mee POWER: HIGH MODULATION: VOICE: 2500 Hz SINE WAVE MASK: FRS, 95.633(C) LOOSE COUPLED OQuBetLG4. SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALM26532110 PAGE NO. 16 of 30. NAME OF TEST: Emission Masks (Occupied Bandwidth) g9920018: 1999—Feb—01 Mon 14:42:00 STATE: 2:High Power MKR 462.637 29 Miz REF 26.5 dBm ATTEN 20 dB 26.40 dBm 10 as/ ros ex (———<I eggsgr |L——AL——|——_—]_—A_——f_—L____L_L__ dB __J__1__( f————— ___] GAGCAN <|—<]—<|< m h -—‘—‘ CoRR‘0 . L__—L_ center 462. wHz SPAN 50. Hz res sw 100 iz vBw 100 Hz SWP 15.0 see POWER: HIGH MODULATION: NONE LOOSE COUPLED SUPERVISED BY: OuBetK64 Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26§32110 PAGE NO. 17 of 30. NAME OF TEST: Emission Masks (Occupied Bandwidth} g9920019: 1999—Feb—0l1 Mon 14:58:00 STATE: 2:High Power MKR 462.637 24 MHz REP 26.5 dBm ATTEN 20 dB 25. 60 dBm 10 da/ pos FK oreSET 24 .6 ds corr‘o center 462.6537 7 & C t — We RES 8w 100| Hz vew 100 hz SW2 15.0 sec POWER: HIGH MODULATION: vVOICE: 2500 Hz SINE WAVE FRS, 95.633(C) LOOSE COUPLED On‘Ses L4 SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26§32110 PAGE NO. 18 of 30. NAME QFP TEST: Audio Low Pass Filter (Voice Input) SPECIFICATION: 47 CFR 2.1047(a) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.15 TEST EQUIPMENT: As per attached page MEASUREMENT _PROCEDURE 1. The EUT and test equipment were set up such that the audio input was connected at the input to the modulation limiter, and the modulated stage. 2. The audio output was connected at the output to the modulated stage. 3. MEASUREMENT RESULTS: ATTACKHED MFA p9910018, 49920015

FCC ID: ALH26§32110 PAGE NO. 19 of 30. TRANSMITTER TEST SET—UP TEST A. MODULATION CAPABILITY/DISTORTION TEST B. AUDIO FREQUENCY RESPONSE TEST C. HUM AND NOISE LEVEL TEST D. RESPONSE OF LOW PASS FILTER TEST E. MODULATION LIMITING TEST (1) SAMPLE (2) (3) POWER SUPPLY (5) (4) Asset Description s/n (1) LINE IMPEDANCE STABILIZATION NETWORK i00010 HP 204D 1105204683 x i00017 HP 8903A 2216001753 x i00118 HP 33120A US36002064 (2) COAXIAL ATTENUATOR i00122 NARDA 766—10 7802 i00123 NARDA 766—10 7802A x i00113 SIERRA 661A—3D 1059 100069 BIRD 8329 (30 dB) 10066 (3) MODULATION ANALYZER xX 100020 HP 8901A 2105201087 (4) AUDIO ANALYZER x i00017 HP 8903A 2216201753 (5) SCOPE i00058 HP 1741A 2215109356 100071 Tektronix 935 1935—B011343 MFA p9910018, 49920015

FCC ID: ALH26§32110 PAGE NO. 20 of 30. NAME OF TEST: Audio Low Pass Filter (Voice Input) g9920002: 1999—Feb—01 Mon 12:19:00 STATE: 0:General _ FREQUENCY RESPONSE OF AUDTO Loy Pass FILTER f 1 11 L as reLATTUE To 1. We & cce : onocfcls : oob prczz~s En‘ K rreoucr, nx SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26532110 PAGE NO. 21 of 30. NAME OF TEST: Audio Frequency Response SPECIFICATION: 47 CFR 2.1047(a) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.6 TEST_EQUIPMENT: As per previous page MEASUREMENT PROCEDURE The EUT and test equipment were set up as shown on the following page. The audio signal generator was connected to the audio input circuit/microphone of the EUT. The audio signal input was adjusted to obtain 20% modulation at 1 kHz, and this point was taken as the 0 dB reference level. With input levels held constant and below limiting at all frequencies, the audio signal generator was varied from 100 Hz to 50 kHz. The response in dB relative to 1 kHz was then measured, using the HP 8901A Modulation Analyzer. MEASUREMENT RESULTS: ATTACHED MFA p9910018, 49920015

FCC ID: ALH26S32110 PAGE NO. 22 of 30. NAME OF TEST: Audio Frequency Response g9920003: 1999—Feb—01 Mon 12:22;:00 STATE: O0:General 18. qoz TReNSMITTER_AUDIO_ FREQUENcY RESPoONSE . 4B RLATTUE T0 1. We a e »’-”"/ DoA & | ~28— e Lb d i‘ reeoutmy, ie Additional points: FREQUENCY, Hz LEVEL, dB 300 —16.53 20000 —26.02 30000 —26.13 50000 —26.13 QnSes154. SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALM26532110 PAGE NO. 23 of 30. NAME OF TEST: Modulation Limiting SPECIFICATION: 47 CFR 2.1047(b) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.3 TEST EQUIPMENT : As per previous page MEASUREMENT _PROCEDURE The signal generator was connected to the input of the EUT as for "Frequency Response of the Modulating Circuit." The modulation response was measured for each of three frequencies {(one of which was the frequency of maximum response), and the input voltage was varied and was observed on an HP 8901A Modulation Analyzer. The input level was varied from 30% modulation (#1.5 kHz deviation}) to at least 20 dB higher than the saturation point. Measurements were performed for both negative and positive modulation and the respective results were recorded. MEASUREMENT RESULTS: ATTACKHED MFA p9910078, 49920015

FCC ID: ALN26532110 PAGE NO. 24 of 30. NAME OF TEST: Modulation Limiting g9920005: 1999—Feb—01 Mon 12:30;:00 STATE: O0:General Positive MOOULATION LIMITING Peaks: DEVIAT 10N, Hz memmmneaes tmemermnmm on suDI0 INPUT, db Negative [ MODLLATION LIMITING Peaks: — m ve—comemmnner: DEUIAT ION, Hz termenaomimmor AUOID INPUT, db SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALH26532110 PAGE NO. 25 of 30. NAME OF TEST: Frequency Stability (Temperature Variation) SPECIFICATION: 47 CFR 2.1055(a) (1) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.2 TEST CONDITIONS: As Indicated TEST EQUIPMENT: As per previous page MEASUREMENT _PROCEDURE 1. The EUT and test equipment were set up as shown on the following page. 2. With all power removed, the temperature was decreased to —30°C and permitted to stabilize for three hours. Power was applied and the maximum change in frequency was noted within one minute. 3. With power OFF, the temperature was raised in 10°C steps. The sample was permitted to stabilize at each step for at least one—half hour. Power was applied and the maximum frequency change was noted within one minute. 4. The temperature tests were performed for the worst case,. 5. MEASUREMENT RESULTS: ATTACHED MFA p9910018, 49920015

FCC ID: ALH26§32110 PAGE NO. 26 of 30. TRANSMITTER TEST SET—UP TEST A. OPERATIONAL STABILITY TEST B. CARRIER FREQUENCY STABILITY TEST C. OPERATIONAL PERFORMANCE STABILITY TEST D. HUMIDITY TEST E. VIBRATION TEST F. ENVIRONMENTAL TEMPERATURE TEST G. FREQUENCY STABILITY: TEMPERATURE VARIATION TEST H. FREQUENCY STABILITY: VOLTAGE VARIATION p_T T T T T 1 | TEST l I SAMPLE | (2) (3) (1) L L _2 _ 2o2 _ J POWER SUPPLY (4) Asset Description s/n (1) TEMPERATURE, HUMIDITY, VIBRATION x i00027 Tenny Temp. Chamber 9083—765—234 100 Weber Humidity Chamber 100 L.A.B. RVH 18—100 (2) COAXIAL ATTENUATOR x i00122 NARDA 766—10 7802 x i00123 NARDA 766—10 7802A i00113 SIERRA 661A—3D 1059 100069 BIRD 8329 (30 dB) 10066 (3) R.F. POWER i00014 HP 435A POWER METER 1733205839 x i00039 HP 436A POWER METER 2709226776 x_ 100020 HP 8901A POWER MODE 2105101087 (4) FREQUENCY COUNTER i00042 HP 5383A 1628A00959 x i00019 HP 5334B 2704200347 x i00020 HP 8901A 2105401087 MFA p9910018, 49920015

FCC ID: ALH26532110 PAGK NO. 27 of 30. NAME OF TEST: Frequency Stability (Temperature Variation) g9920008: 1999—Feb—O0l Mon 15:25:00 STATE: 0:General TRANSMITTER FREGUENCY STR&ILITY & §00% # & —2 —3 m On‘Sest [24. SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, d9920015

FCC 1D: ALH26532110 PAGE NO. 28 of 30. NAME OF TEST: Frequency Stability (Voltage Variation) SPECIFICATION: 47 CFR 2.1055(b) (1) GUIDE: ANSI/TIA/EIA—603—1992, Paragraph 2.2.2 TEST EQUIPMENT: As per previous page MEASUREMENT _PROCEDURE 1. The EUT was placed in a temperature chamber at 25%5°C and connected as for "Frequency Stability — Temperature Variation" test. 2. The power supply voltage to the EUT was varied from 85% to 115% of the nominal value measured at the input to the EUT. 3. The variation in frequency was measured for the worst case. RESULTS: Frequency Stability (Voltage Variation) g9920014: 1999—Feb—01 Mon 13:53:19 STATE: O:General LIMIT, ppm = 2.5 LIMIT, Hz = 1169 BATTERY END POINT (Voltage) = 3.8 % of STV Voltage Frequency, MHz Change, Hz Change, ppm 85 3.82 467.638490 —10 —0 .02 100 4 .5 467.638500 0 0 .00 115 5.17 467.638490 —10 ~0.02 84 3.8 467.638440 —60 —0.13 SUPERVISED BY: OuBe164. Morton Flom, P. Eng. MFA p9910018, 49920015

FCC ID: ALM26S32110 PAGE NQ. 29 of 30. NAME QOF TEST: Necessary Bandwidth and Emission Bandwidth SPECIFICATION: 47 CFR 2.202(g) MODULATION = 11KOF3E NECESSARY BANDWIDTH CALCULATION: MAXIMUM MODULATION (M), kHz = 3 MAXIMUM DEVIATION (D), kHz = 2.5 CONSTANT FACTOR (K) = 1 NECESSARY BANDWIDTH (By), kHz = (2 x M) + (2 x D x K) = 11.0 SUPERVISED BY: Morton Flom, P. Eng. MFA p9910018, d9920015

FCC ID: ALH26532110 PAGE NO. 30 of 30. NAME OF TEST: Summary of Applicant Supplied Attestations SPECIFICATION: 47 CFR 95 TEST CONDITIONS: As Indicated TEST EQUIPMENT: As per previous page 95. 647 Antenna has no gain (as compared to a half—wave dipole) and is vertically polarized. 95.649 There are no provisions for increasing transmitter power. 95.653 Users manual includes instructions and warnings. MFA p9910018, 49920015

FCC ID: ALH26532110 TESTIMONIAL AND STATEMENT OF CERTIFICATION THIS IS TO CERTIFY THAT: 1. THAT the application was prepared either by, or under the direct supervision of, the undersigned. 2. THAT the technical data supplied with the application was taken under my direction and supervision. 3. THAT the data was obtained on representative units, randomly selected. 4. THAT, to the best of my knowledge and belief, the facts set forth in the application and accompanying technical data are true and correct. CERTIFYING ENGINEER: Oules64— Morton Flom, P. Eng. MFA p9910018, 49920015

STATEMENT OFP QUALIFICATIONS EDUCATION: 1. B. ENG. in ENGINEERING PHYSICS, 1949, McGill University, Montreal, Canada. Post Graduate Studies, McGill University & Sir Goerge Williams University, Montreal. PROFESSIONAL AFFILIATIONS: 1. ARIZONA SOCIETY OF PROFESSIONAL ENGINEERS (NSPE), #026 031 821. ORDER OF ENGINEERS (QUEBEC) 1949. #45 34. ASSOCIATION OF PROFESSIONAL ENGINEERS, GEOPHYSICISTS & GEOLOGISTS OF ALBERIA #5916. REGISTERED ENGINEERING CONSULTANT — GOVERNMENT OF CANADA, DEPARTMENT OF COMMUNICATIONS. Radio Equipment approvals. IEEE, Lifetime member no. 041/204 (Member since 1947) . EXPERIENCE : 1. Research/Development/Senior Project Engineer. R.C.A. LIMITED (4 years). Owner/Chief Engineer of Electronics. Desiqgn/Manufacturing & Cable TV Companies (10 years) Ouilet64. CONSULTING ENGINEER (over 25 years). MORTON FLOM, P. Eng.


Document Created: 2001-06-27 01:13:09
Document Modified: 2001-06-27 01:13:09
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